Sodick's OPM250L Supports Simultaneous 3D Printing of Multiple Parts
Rapid 2018: Parallel mode technology enables the OPM250L metal 3D printer to sinter multiple parts at once with a single laser.
Sodick exhibits its OPM250 metal 3D printer, a hybrid system that combines direct metal laser sintering (DMLS) with subtractive machining.
This system includes parallel mode technology, which enables simultaneous printing of multiple parts with only a single laser unit for increased productivity. The system also offers interference correction, which detects interference between the recoater and the part, intervening to machine the part back down to a known acceptable level before resuming the print. Interference correction greatly reduces the instance of build failure, saving users the headaches of scrapped parts.
The system features full high-speed milling capabilities and is capable of accurately machining part details in one setup. Achieving a surface finish of 9 root mean square (RMS) or better, it is said to be effective in the precision tools and dies industry with high-quality polish.
Related Content
-
GRM Develops Software for OverHiPP Project to Improve Accuracy of Digital Twins
As part of an OverHiPP study, GRM has created software that enables users to virtually model and analyze 3D printed structures at a level of detail never seen before — an accurate digital twin can now be generated, enabling precise design decisions to be made.
-
Hybrid Additive Manufacturing Improves Debarking Knife Tip Strength and Production Efficiency
Nicholson Manufacturing chose the Mastercam APlus specialized add-on to unlock hybrid manufacturing for making its debarker knife tips, enabling it to add durable layers to the wear surfaces of the tips to make them more resilient while also making the production process more efficient.
-
Video: Robot Machining Will Complement Robot DED
Robots can do additive manufacturing. Can they do hybrid manufacturing? Precision milling of metal using a robot offers this promise.
